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If the odds for something to be the way it is are extremely low, the odds for it to be designed that way are equally extremely low.Design greatly explains why the most unlikely reality, the existence of a universe that is life-permitting, could be realized.
Okay, how about String Theory?Inductive reasoning is used in science to form theories and hypothesis which can then make predictions and be tested. Since ID to date, is not falsifiable and has no clear definition we can't even get to this point of hypothesis and certainly no scientific theory, which Michael Behe had to admit during the Dover trial while under oath.
This [fine-tuning] is called the “anthropic principle,” and if you think it feels like a cosmic punt, you’re not alone. Researchers have been trying to underpin our apparent stroke of luck with hard science for decades. String theory suggests a solution: It predicts that our universe is just one among a multitude of universes, each with its own fundamental constants. If the cosmic lottery has played out billions of times, it isn’t so remarkable that the winning numbers for life should come up at least once.
In fact, you can reason your way to the “multiverse” in at least four different ways, according to MIT physicist Max Tegmark’s accounting. The tricky part is testing the idea. You can’t send or receive messages from neighboring universes, and most formulations of multiverse theory don’t make any testable predictions. Yet the theory provides a neat solution to the fine-tuning problem. Must we throw it out because it fails the falsifiability test?
"It would be completely non-scientific to ignore that possibility just because it doesn’t conform with some preexisting philosophical prejudices,” says Sean Carroll, a physicist at Caltech, who called for the “retirement” of the falsifiability principle in a controversial essay for Edge last year. Falsifiability is “just a simple motto that non-philosophically-trained scientists have latched onto,” argues Carroll.
Perhaps “falsifiability” isn’t up to shouldering the full scientific and philosophical burden that’s been placed on it. “Sean is right that ‘falsifiability’ is a crude slogan that fails to capture what science really aims at,” argues MIT computer scientist Scott Aaronson, writing on his blog Shtetl Optimized.
Carroll argues that he is simply calling for greater openness and honesty about the way science really happens. “I think that it’s more important than ever that scientists tell the truth. And the truth is that in practice, falsifiability is not a good criterion for telling science from non-science,” he says.
“I think falsifiability is not a perfect criterion, but it’s much less pernicious than what’s being served up by the ‘post-empirical’ faction,” says Frank Wilczek, a physicist at MIT. “Falsifiability is too impatient, in some sense,” putting immediate demands on theories that are not yet mature enough to meet them. “It’s an important discipline, but if it is applied too rigorously and too early, it can be stifling.
It may seem that inductive arguments are weaker than deductive arguments because there must always remain the possibility of their arriving at false conclusions, but that is not entirely true. With deductive arguments, our conclusions are already contained, even if implicitly, in our premises. This means that we don't arrive at new information - at best, we are shown information which was obscured or unrecognized previously. Thus, the sure truth-preserving nature of deductive arguments comes at a cost.
Inductive arguments, on the other hand, do provide us with new ideas and thus may expand our knowledge about the world in a way that is impossible for deductive arguments to achieve. Thus, while deductive arguments may be used most often with mathematics, most other fields of research make extensive use of inductive arguments.
But I tried to use the definition that "A universe could not exist with any other values than what the constants currently have." It means the same thing as saying "A universe could not exist if the values were set to anything different than what the constants currently have." And this again is semantically no different than saying "If certain constants varied just a little bit, then the universe would not exist at all".
I wasn't talking about the definition of fine-tuned in that paragraph above. Look back and you will see that we were only talking about the definition of physical necessity.But that's not what I'm saying about fine-tuned. I'm saying in regards to fine-tuned that if the constants varied a slight bit, the universe would not be life-permitting.
It's called evolution. Or childbirth. Think it through.
As for a designer, did he design all these trying to get it right?
Homo gautengensis
Homo rudolfensis
Homo habilis
Homo floresiensis
Homo erectus
Homo ergaster
Homo antecessor
Homo heidelbergensis
Homo cepranensis
Homo helmei
Homo palaeojavanicus
Homo tsaichangensis
Homo neanderthalensis
Homo rhodesiensis
Homo sapiens
Here is a common one. There may be better articles on the same topic than this one, but it is a typical starting point, I suppose.Where's the evidence for design?
Very disappointing. I thought you'd know better than that.Here is a common one. There may be better articles on the same topic than this one, but it is a typical starting point, I suppose.
https://www.apologeticspress.org/apcontent.aspx?category=9&article=1412
Very interesting. Tell me, is evolution falsifiable? If so, how?
This is another example of the lack of testability or falsifiability of creationist ideas. They are so fuzzy that they can shift and change to match anything we might possibly see. Efficient functioning? A designer at work. Inefficient functions? A designer at work. Redundant functions? A designer at work. No functions? The designer didn't want them.Like others have done here, you are assuming that efficiency must be a primary goal in any designer's thinking process. You can't even begin to prove that.
With some careful thought and cooperation, I don't see why it would be impossible to come to a reasonable agreement on what constitutes design, even if we primarily use what we know about neurological processes and studies of cognitive functions during what we call the "creative process".
In my view the more science digs deep and finds greater complexity and intricacy in the universe (even as it also finds some simplicity and elegance), the evidence stacks in favor of an intelligence much greater than ours as its author.
If you are going to mount an argument from fine-tuning, and thereby invoke the metaphor of an engineer, then efficiency is a relevant consideration.Like others have done here, you are assuming that efficiency must be a primary goal in any designer's thinking process. You can't even begin to prove that.
That assumes that we already know the range of values that is life-permitting. How could we know this?But that's not what I'm saying about fine-tuned. I'm saying in regards to fine-tuned that if the constants varied a slight bit, the universe would not be life-permitting.
So if you walked down the beach and found the words "Hi Quatona!" spelled out in seashells, you think that the odds are equal that it could have come about by chance or design? Surely, you jest.If the odds for something to be the way it is are extremely low, the odds for it to be designed that way are equally extremely low.
I've already answered this earlier in the thread.That assumes that we already know the range of values that is life-permitting. How could we know this?
And why should we focus on life specifically anyway? If the values varied, various other aspects of the universe would be different also, not just life.
Yes, and I responded to your comments. You haven't justified why we should keep the focus on life specifically.I've already answered this earlier in the thread.
What would be analogous to "Hi Quatona!" in this comparison?So if you walked down the beach and found the words "Hi Quatona!" spelled out in seashells, you think that the odds are equal that it could have come about by chance or design? Surely, you jest.
Are you assuming the creator is inefficient?Like others have done here, you are assuming that efficiency must be a primary goal in any designer's thinking process. You can't even begin to prove that.
A fetus that isn't perfect dies sometimes taking a less than fit Mother with it, an infant that isn't fit dies, an adolescent that isn't fit dies or fails to reproduce. This is over all species and proving that in a few generations only the best adapted survive and pass on their genes.Okay, I'll think it through like I'm sure you did. Those things don't devise and create the complexity themselves, entire systems are required to push a group or lineage into a new evolutionary direction. And that system already contains the rules and conduits for adaptation when the players come along and simply go through their paces and cycles to make it happen over time.
The truth about the evolution of the eye has moved on so much since Darwin. Evolution of the Eye.Here is a common one. There may be better articles on the same topic than this one, but it is a typical starting point, I suppose.
https://www.apologeticspress.org/apcontent.aspx?category=9&article=1412
But I tried to use the definition that "A universe could not exist with any other values than what the constants currently have." It means the same thing as saying "A universe could not exist if the values were set to anything different than what the constants currently have." And this again is semantically no different than saying "If certain constants varied just a little bit, then the universe would not exist at all".
Yes, I explained that already.Yes, and I responded to your comments. You haven't justified why we should keep the focus on life specifically.
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